Europe does not suffer from a shortage of ideas. We have universities, engineers, designers, entrepreneurs, capital and technology. The real shortage may be people and systems capable of connecting all of them and turning an idea into something that actually exists.
Europe has spent years asking how it can become more innovative. Perhaps we have been asking the wrong question. The continent is already full of innovation. European universities produce world-class research. Engineers develop sophisticated technology. Designers create products, services and environments recognised around the world. Entrepreneurs continuously identify new opportunities. Public institutions distribute billions of euros into research programmes, development funds and innovation initiatives. The problem is not that Europe cannot imagine the future. The problem is what happens between imagining something and actually building it.
That gap is becoming increasingly difficult to ignore. In September 2026, the European Commission proposed the European Innovation Act, explicitly targeting the journey from research to market. Among other measures, the proposal addresses research and development procurement and creates a framework for intellectual-property valuation, while related EU initiatives aim to make regulatory sandboxes easier to use across Europe. The Commission itself acknowledges that existing research and innovation policies have largely concentrated on creating knowledge, collaboration and funding while addressing only part of what is required to bring an innovation from the laboratory into the market.
That admission points towards a much larger question.
What actually happens after somebody has a good idea?
The European paradox
Europe possesses almost every ingredient required for innovation, yet it repeatedly struggles to turn those ingredients into companies, products, infrastructure and industries operating at global scale.
This is the European innovation paradox. We can research something, write about it, fund it, present it at conferences and create programmes around it, yet still fail to build it quickly enough.
An idea might begin inside a university in Sweden, an engineering company in Germany, a startup in Bulgaria, a design studio in Italy or a research institute in the Netherlands. Its potential can be obvious. The technology may work. Funding might even be available.
And then the difficult questions begin.
Who builds the first version? Where is it tested? Which regulations apply? Who owns the intellectual property? Which supplier can manufacture five units rather than 50,000? Who creates the technical drawings? Who understands the customer? Who can translate the concept into something investors understand? Who finds the location? Who coordinates engineers, designers, fabricators, lawyers, municipalities and financiers? Who takes responsibility for pushing the project through the hundreds of small decisions required before anything physical exists?
These questions sound mundane compared with artificial intelligence, quantum computing or biotechnology.
But this is where innovation often dies.
The idea is rarely the difficult part
Ideas have become extraordinarily cheap.
Anyone with industry experience can generate dozens of potential improvements to transportation, tourism, energy, entertainment, cities, manufacturing, healthcare or digital services. AI has accelerated this even further. Research that once took weeks can sometimes be completed in hours. Early visualisations can be created quickly. Technical concepts can be explored before expensive engineering begins.
The bottleneck is moving elsewhere.
The scarce resource is increasingly not ideation but integration.
Someone must connect the idea to engineering, finance, design, regulation, logistics, procurement, communication and human behaviour. Someone must understand enough of each discipline to recognise what needs to happen next.
That person does not necessarily need to be the best engineer, architect, programmer, financier or designer in the room. In fact, trying to become all of those things would be impossible.
What is needed is the ability to connect them.
This is the missing profession inside many innovation systems: people capable of moving horizontally across disciplines while specialists move vertically into them.
The missing middle
Most innovation models describe a relatively clean journey.
Research produces knowledge. Entrepreneurs identify commercial opportunities. Investors provide capital. Companies scale successful products.
Reality is much messier.
Between the initial idea and the scalable company lies what might be called the missing middle.
This is where the original concept has to be dismantled and rebuilt as something practical.
An idea for a new urban transportation system becomes questions about streets, electricity, safety regulations, passenger behaviour, maintenance, ticketing, software, construction costs and local politics.
An idea for a festival becomes land, permits, crowd movement, temporary power, toilets, stages, security, transport, artists, accommodation, sponsorship, ticketing and weather contingency.
An idea for a physical product becomes materials, dimensions, prototypes, tooling, certification, manufacturing, packaging, logistics and distribution.
Innovation becomes real when the abstract starts colliding with reality.
That collision is not something to avoid.
It is the work.
Visualisation is not decoration
One of the most underestimated tools in this process is visualisation.
People often think of visualisation as something created after an idea has been developed — an attractive 3D rendering used in presentations or marketing.
It can be far more powerful than that.
A good visualisation is a decision-making tool.
Put a concept into three dimensions and problems suddenly become visible. Scale can be questioned. Movement can be understood. Infrastructure requirements appear. People from different professional backgrounds can finally discuss the same object rather than different interpretations of a paragraph.
A politician, investor, engineer, technician and potential customer may interpret a written concept completely differently.
Show them the same visual model and the conversation changes immediately.
Instead of asking, “Do you understand the idea?” you can ask, “What is wrong with this?”
That is an enormously productive question.
A drawing, 3D model or physical mock-up creates something everyone can attack, improve and modify. The concept stops being precious. It becomes a working object.
Visualisation therefore shortens the distance between disciplines.
And time matters.
The longer an idea remains abstract, the easier it becomes for organisations to discuss it without doing anything.
Small teams can outperform enormous organisations
Europe often responds to complex problems by creating large structures.
Committees, programmes, working groups, advisory boards, steering groups and reporting mechanisms all have legitimate purposes. But early innovation frequently requires something almost opposite.
It requires a small room with the right people inside it.
An engineer. A designer. Someone who understands operations. Someone who understands money. Someone who understands customers. Perhaps a regulatory expert. Perhaps a fabricator. Perhaps someone with experience building things under pressure.
Five capable people around a table can sometimes make more progress in two days than fifty people distributed across departments can achieve in two months.
Not because larger organisations lack intelligence.
Because communication itself becomes infrastructure.
Every additional organisational layer creates distance between the idea and the decision.
Small multidisciplinary teams can operate differently. Problems are exposed immediately. Specialists challenge each other. Assumptions disappear quickly. Someone sketches something. Someone calculates it. Someone says it cannot be manufactured. Someone else proposes another material.
By the afternoon, the idea looks different.
That is innovation.
Not the workshop. Not the PowerPoint. Not the slogan on the wall.
The changed object.
Europe may also need better first customers
Capital receives enormous attention in discussions about European innovation, and understandably so. Growing companies need money. The EU Startup and Scaleup Strategy now includes actions addressing regulation, financing, market adoption, talent and access to infrastructure, while the Scaleup Europe Fund has been established with a target size of approximately €5 billion.
But money alone does not create markets.
Companies also need customers.
This is where innovation procurement could become far more important than it sounds.
European municipalities, hospitals, transport authorities, universities, defence organisations and government agencies collectively buy enormous quantities of products and services. If even a fraction of that purchasing power became easier to direct towards testing new solutions, public procurement could become one of Europe's most powerful innovation engines.
Imagine a small company with a better energy system for public buildings.
A grant helps.
An investor helps.
But ten buildings willing to install the technology may help even more.
A real customer creates pressure that no innovation programme can reproduce. The product must work. Installation must function. Users must understand it. Maintenance must be possible. Pricing becomes real.
The laboratory disappears.
Reality arrives.
From PowerPoint to prototype
Europe does not need fewer strategies. It needs stronger bridges between strategy and construction.
Perhaps one useful measurement of innovation should therefore be brutally simple:
What exists today that did not exist twelve months ago?
Not how many workshops were organised.
Not how many applications were submitted.
Not how many slides were presented.
What was actually built?
A prototype does not need to be perfect. In fact, it should not be.
The first prototype exists to expose ignorance.
It tells engineers what they calculated incorrectly. It tells designers what users misunderstood. It tells investors what is expensive. It tells regulators what does not fit existing rules. It tells entrepreneurs whether customers actually care.
A rough prototype containing ten mistakes may therefore be more valuable than a beautiful 150-page strategy containing none.
Because the prototype has encountered reality.
The document has not.
The machine Europe is missing
The emerging European policy shift is encouraging because the problem is increasingly being described correctly: Europe must become better not only at generating knowledge but at moving innovation towards markets and scale. The European Innovation Act specifically targets some of these structural barriers, including procurement and intellectual property, while the wider startup and scaleup strategy attempts to connect regulation, capital, market access, talent and infrastructure.
But legislation can only construct part of the machine.
The rest must be built inside companies, cities, universities and project teams.
It requires people who can translate between disciplines.
People comfortable standing between creativity and engineering.
Between business and production.
Between vision and logistics.
Between the person saying, “Imagine if…” and the person asking, “Fine. How do we build it?”
Europe already has thousands of extraordinary specialists.
Perhaps what we lack are enough connectors.
People who can walk into a room containing researchers, engineers, entrepreneurs, investors, designers, manufacturers and decision-makers and create a common picture of what needs to happen next.
Not another organisation sitting above them.
A working system connecting them.
Because the future rarely appears fully formed.
Someone sketches it.
Someone calculates it.
Someone questions it.
Someone finances it.
Someone builds the first ugly version.
Someone discovers why it does not work.
Then they build it again.
That process is not the stage before innovation.
That is innovation.
Europe already has the ideas.
The competitive question of the next decade may be whether we can finally build the machine capable of turning enough of them into reality.
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